Hair Growth Stimulants and the Manufacturing Method Thereof

ABSTRACT

A hair growth stimulant having excellent hair growth stimulation and hair growth effects without any side effects, which contains a carbonized pine cone. The inventive hair growth stimulant has an excellent hair growth stimulation effect without causing any side effects or toxicity to the human body, while it can stimulate hair roots to greatly influence the growth of hair so as to prevent hair loss and white hair. Also, it can be provided in the form of creams or ointments having an excellent effect on hair growth stimulation, and thus can considerably shorten a treatment period. It can keep the anagen-stage hair by increasing the blood flow of the scalp, and it consists of a vegetable preparation, and so has no side effects to the human body. In addition, it can be used through smooth application to a head, and thus is easy to use.

TECHNICAL FIELD

The present invention relates to a hair growth stimulant and apreparation method thereof, and a hair growth stimulant having excellenthair stimulation and hair growth effects without side effects ortoxicity, which comprises a carbonized pine cone, as well as apreparation method thereof.

BACKGROUND ART

So far as known, hair loss is caused by various factors, including areduction in hair function by testosterone, a reduction in the metabolicfunction of the hair root, a reduction in the physiological function ofa head, a reduction in regional cerebral blood flow that causes abnormalhair growth due to a reduction in the peripheral vascular blood flow ofsubcutaneous tissue of a head, nutritional deficiency, stresses, drugside effects, and genetic factors.

Hair or the skin plays an important role to show the function of humanorgans and the condition of the human body. Hair determines a beautifuleffect in individuals and personal appearance or image, and at thepresent time, hair conditions are impaired due to nutritionaldeficiency, the excessive intake of instant food, etc.

Hair grows about 0.3-0.4 mm a day by an excess of blood, but white hairor hair loss conditions appear due to various environmental factors asdescribed above.

Common men lose hair during the catagen and telogen stages after theanagen stage for 4˜5 years, and women lose hair during the catagen andtelogen stages after the anagen stage for 5˜6 years.

Alopecias are divided according to the cause of hair loss into manykinds, including genetic alopecia, alopecia seborrhecia, alopeciagreata, alopecia by nutritional deficiency, alopecia by drug sideeffects, alopecia by fungi, alopecia by insufficient adaptation toenvironmental changes, neurotic alopecia, etc.

However, in most of these alopecias, the scalp becomes warm in aninitial stage and have inflammatory protrusions occurred thereon, sothat hair becomes thin and loses elasticity while it falls out.

Commercially available hair growth stimulants include vasodilators suchas carpronium chloride, minoxidil and various extracts, hormones forinhibiting testosterone action such as esterogen or estragiol, andtestosterone activity inhibitors such as pentadecanoic acid orfinasteride. Hormones for inhibiting testosterone, and testosteroneinhibitors have a problem of insufficient clinical effects or sideeffects of inhibiting male sexual function. Also, hair growth stimulantcompositions containing various extracts cause a problem of skinabnormality upon application to the skin.

Developed and sold drugs for the treatment and prevention of alopeciainclude hair growth stimulants, such as a minoxidil preparation approvedby USA FDA, and finasteride (proscar) for oral administration,inhibiting the action of 5-alpha-reductase to inhibit the production ofdihydrotestosterone. However, these drugs are expensive and haveproblems in use, such as a reduction in effects when applied directly tothe scalp, and side effects when administered orally.

Accordingly, there is a continued need for the development of a hairgrowth stimulant which has an excellent effect of preventing hair lossand is easy to use while not causing side effects, such as skinabnormality and the inhibition of male sexual function.

DISCLOSURE OF THE INVENTION

Accordingly, the present inventors have conducted studies to develop ahair growth stimulant which can maximize hair loss prevention and hairgrowth effects by completely removing follicular impurities and fattymaterials, the main causes of hair loss, and rapidly regeneratingfollicular cells.

As a result, the present inventors have developed a hair growthstimulant that eliminates the use of hormones capable of causing sideeffects, contain a natural substance harmless to the human body whilehaving good sensory feel, and shows surprising effects, therebycompleting the present invention.

It is an object of the present invention to provide a hair growthstimulant having an excellent hair growth effect without causing sideeffects or toxicity to the human body, which is based on naturalsubstances, a carbonized pine cone and an herbal medicinal extract, aswell as a preparation method thereof.

To achieve the above object, the present invention provides a hairgrowth stimulant containing as active ingredients a carbonized pine coneand vegetable oil.

The hair growth stimulant according to the present invention can beprepared by mixing the carbonized pine cone and the vegetable oil at aweight ratio of 1:1 to 6:4.

The vegetable oil may be at least one selected from the group consistingof sesame oil, olive oil, perilla oil, coconut oil, castor oil, bean oiland seed oil.

The hair growth stimulant may additionally comprise at least one herbalmedicinal extract selected from the group consisting of an apricot seed,an acorn, gromwell, a pomegranate, a pasqueflower and licorice.

As the herbal medicinal extract, a solvent extract by extracting saidherbal material with hot water, organic solvent or oil can be used.

The gromwell extract can be prepared by heating sesame oil at atemperature of 100-300 C and adding and concentrating gromwell in theheated sesame oil in an amount of 10-30 wt % based on the weight of thesesame oil.

The pomegranate extract can be prepared by adding pomegranate in anamount of 5-25 wt % to sesame oil and storing the mixture at 30-50 C for1-30 days.

The pasqueflower extract can be prepared by indirectly heating apasqueflower at a temperature of 100-300 C and adding sesame oil in anamount of 80-90 wt % to the carbonized material.

The solvent extract can be used after dilution, concentration or drying.

The hair growth stimulant according to the present invention can beprepared by mixing the carbonized pine cone, the vegetable oil and theherbal medicinal extract with each other at a ratio of 1:1:1 to 3:4:3.

According to one embodiment of the present invention, the carbonizedpine cone, the vegetable oil, the apricot seed extract, the acornextract and the licorice extract can be at a mixing weight ratio of10-70:10-50:5-20:5-20:10-15.

According to another embodiment of the present invention, the carbonizedpine cone, the vegetable oil, the apricot seed extract, the acornextract, the gromwell extract and licorice extract can be used at amixing weight ratio of 10-70:5-40:10-30:5-20:5˜20:5-20.

Also, the hair growth stimulant according to the present invention mayadditionally comprise adjuvants such as a blood flow stimulant, acounter irritant, a follicle restorer, and anti-inflammatory andantibacterial agents.

The carbonized pine cones can be obtained by washing carefully selectedpine cones with water, drying the washed material, and completingburning the dried material by heating in a closed container at atemperature of 100-300 C for 1-8 hours.

In another aspect, the present invention provides a method for preparinga hair growth stimulant, comprising the steps of: preparing a carbonizedpine cone; preparing sesame oil; mixing the carbonized pine cone and thesesame oil with each other; and adding an excipient to the mixture.

The inventive method for preparing the hair growth stimulant mayadditionally comprise the step of preparing an herbal medicinal extract.

The carbonized pine cone can be obtained by completely burning a pinecone in a closed container at 100-300 C for 3-10 hours.

BEST MODE FOR CARRYING OUT THE INVENTION

The pine cone which is used as a main component in the present inventionas described above is a pine seed growing at a pine tree. The pine treeis also called Sol, Chamsol, Songmok, Solnamoo, Sohorinamu in Korea. Thepine tree is also called a red pine tree since its bark and a bud at theend of its shoot are red in color. In China, it is also called femalepine, Yodong red pine, and short-leaf red pine. The pine tree isbifoliate, where two leaves form a couple. It is also called Isoosong,Ichimsong (denoting two-needle pine), Iripsong, etc. The scientific termof the pine tree is Pinus densiflora Siebold et Zuccarini. When the pineseed sprouts, cotyledons covered with the testa will come out aboveearth, and the number of the cotyledons is about 4 to 9 and is 6 in mostcases. Pine leaves deviating the cotyledons form a couple and come outwith one confronting the other and the bottom portion is in the vaginathat is about 2 or 3 mm in size. The vagina is dark brown and is aliveas long as the leaves live, without falling down. Meanwhile, there arefemale and male flowers in pine, which bloom in the last ten days ofApril and the first ten days of May. The male flower is elliptical and 4to 9 mm in length. The end of the stamen spreads in the shape of thehalf moon and there are two anthers below filements. There are two wingsin pollen. Meanwhile, the female flower is hung 2 or 3 at the end of thebranch. The initial shape is circular or elliptical and is about 5 mm inlength and is light violet in color. This is a collection of a multitudeof female flowers, which is called a cone. This is what is called a pinecone in the present invention. Mature pine cones consist of variousscaly leaves, and in a scaly leaf, two ovules are in contact, whichlater on become a seed with two wings. Young cones in spring beforepollination are called storbile or conelet in English, instead of cones.Scaly leaves of the pine cone is in contact with the axis of the pinecone helically, its end is fat and big, its exposed part is near thediamond shape, and there is a protrusion in its center. When the pinecone is mature, the gap between scaly leaves become bigger and the seedsare fallen apart and come flying out.

The pine cone that is a raw material for preparing the carbonized pinecone can be collected from various pine trees. Examples of pine treesfrom which the pine cone can be collected include forma aurescens, formaanguina, var globosa, forma pendula, forma aggregata, formabi-aggergata, forma erecta, etc.

The sesame is an annual plant growing to a height of 90-150 cm and hasshort fuzz and long oval-shaped or willow leaf-like leaves that adherewhile looking at each other. It has a soft eggplant-like color or awhite color in summer while it contains seeds having colors varyingdepending on its varieties. The seeds are collected by cutting the stemsin August or September when the fruits ripened, drying the cut stems ina bundle in the sunlight, shaking the dried stems to collect the seedsand removing foreign matter. The black seed is use as a drug, and thewhite seed is used as the raw material of oil. Oil squeezed from thedried seeds is used and this oil is slightly yellow in color and smellsfragrant. It is miscible with ether, chloroform and petroleum ether andslightly dissolved in alcohol. Also, it hardens upon cooling at 0-5 C.Also, it has a specific gravity of about 0.9, a refractive index ofabout 1.5, an acid number of 2 or less, a saponification number of188-195, and an iodine number of 103-116. Also, it contains glyceridessuch as oleic acid, linoleic acid, palmitic acid, stearic acid,arachidonic acid, lignoserinic acid. The non-saponified portions of theoil is present in an amount of 0.1-1.3% and include pytosterine,d-sesamine, sesamol, sesamoline, and vitamin E. Sesamol shows a redcolor by furfurol and concentrated hydrochloric acid, and this reactionis used to identify sesame oil. The effects of sesame are widely knownalso in the prior medical books. Particularly, black sesame has plainproperties and is sweet and innoxious (Dongeuibogam). Also, it increasesvigor, grows fat, replenishes marrow and brain tissue, strengthensmuscles and bones, and softens the five viscera (Bongchogangmok). Also,it builds up marrow, replenishes sperm, extends life span, and makes aface color look younger. The black sesame oil acts to increase bloodplatelet so as to rapidly coagulate blood. Accordingly, it is sometimesused against idiopathic thrombocytopenia, haemorrhagic thrombocytopenia,and hemorrhagic diseases.

The apricot seed is Armeniacae Semen that is a kind of a biosyntheticdrug showing analgesic and anti-inflammatory effects.

The acorn is the fruit of Quercus Acutissima Carruthers belonging to thefamily Fagaceae and wildly in all the areas in Korea except forPyungannamdo. It is distributed in Japan, China, Manchuria, and India,and it flowers in May and has a spherical fruit and a dish-shaped cupuleand ripens in October. The acorn is characterized by containing 6-9% oftannin having a puckery taste, unlike other fruits. This tannin is knownto have physiological actions such as antioxidant, antitumor, antiviraland antiallergic actions.

The gromwell is a perennial grass growing to a height of 30-70 cm andhaving strong fuzz. It has willow-like leaves that cross each other. Inearly summer, it blooms a five-branched white small flower at shoot endsand leaves which differentiate into seeds. Its root is gathered inautumn and dried in the sunlight. Its flower and root have a blackreddish eggplant color. The root contains napthoquinone derivativeshaving a red color, for example, acetylshikonin, shikonin,isovalerylshikonin, -dimethylacryl-shikonin, teracryl-konin,-hydroxyisovaleryl-shikonin, methyl-n-butylshikonin, deoxyshikonin, andanhydroalkannin, and alkannan. Also, those found in the root includealkaloid, triterpensaponine, 1-volnesitol, inositol, leutin, and nitrileglycoside. Its aerial parts contain phenolcarbonic acid. In addition, ithas antibacterial or anti-inflammatory action.

The pomegranates are divided into a sweet family having a strong sweettaste and a sour family having a strong sour taste, and its fruit andskin all have a good effect on the prevention of hypertension andarterial sclerosis and an effect against women s diseases and a boil.Particularly, it shows an excellent effect against dysentery infectionand contains volatile alkaloid and thus is used as a parasiticide,particularly as a taeniacide. Also, it contains citric acid promotingthe decomposition of glucose, Vitamins (B1, B2, niacin) necessary toactivate energy metabolism, and minerals having a close connection withmost of physiological actions. Its leaf adheres to a long-oval fruit.Its flower has various colors, such as a red color, an eggplant colorand a white color, and its fruit is round in shape and has a roughsurface due to knob-like shapes present on the surface, and breaks uponripening. The bark peeled from the stem and the root are sometimes used,and the more fresh the bark, the higher the alkaloid content. The rootand stem bark alkaloids and ellagitannin, in which the alkaloids includepelletierine, iso-pelletierine, methyl iso-pelletierine (methylisopiperidine), pseudopelletierine, and the like. The alkaloid contentvaries depending on seawater where the tree grows, and its varieties andparts, and the tannin consists of a glycoside-like linkage of ellagicacid and glucose. The ellagitannin will be converted into ellagic acidwhen decomposed in water. In addition, its tree bark contains betulicacid, and its fruit and leaf contain ursolic acid. Its bark containsmannitol and equimol. Its flower pigment punicin, and its seed containoil based on a glyceride of punicic acid. Also, its fruit juice containsivert sugar and organic acid. In addition, its fruit skin containsviscous liquid and tannin.

The pasqueflower is a perennial grass and contains anemonin and tannin.The anemonin is contained in a fresh root in the form of protoanemoninwhich is polymerized in air to form anemonin.

The licorice is a perennial grass belonging to the family legumiinosae,and its outer bark has a reddish brown color to a dark brown color. Itis distributed in the northeastern region of China, a Mongol region,USA, and the continent of Africa, and its root and rhizome are used asmedicinal herbs. Licorice extracted with distilled water, ethanol orether is known to have an excellent antioxidant effect, and contains alarge amount of flavonoids which can be separated into 30 kinds ofcompounds. The effects of licorice flavonoids, which have been found sofar, include antioxidant effect, radical reducing effect, antibacterialeffect, antiulcer effect, cough relief effect, antimutagenic effect, andantiviral effect. Glycyrrizine which is one of the typical componentscontained in the root of licorice is the sweet component of licorice andpresent as a white to lemon yellow crystal. In addition to a strongsweet taste, the glycyrrizine has various pharmacological effects.

The hair growth stimulant according to the present invention can beprepared by mixing the carbonized pine cone as a main component withvegetable oil. Also, the hair growth stimulant may additionally comprisean herbal medicinal extract obtained from the apricot seed, the acorn,the gromwell, the pomegranate, the pasqueflower and the licorice, aswell as an adjuvant, such as a blood flow stimulant, a counter irritant,a follicle restorer, and an anti-inflammatory and antibacterial agent.The carbonized pine cone can be obtained by washing a carefully selectedpine cone with water, drying the washed material, completely burning thedried pine cone by heating in a closed container at 100-300 C for 3-10hours, and then sieving the carbonized material through a 50-200 meshsieve.

As the herbal medicinal extract, a solvent extract obtained byextracting an herbal medicinal material selected from among apricotseeds, acorns and licorice with hot water, organic solvent or oil can beused. Also, these solvent extracts may be used after dilution,concentration or drying. The extraction can be performed using a solventat room temperature or elevated temperature. Alternatively, it can beperformed using an extraction device such as soxhlet. The organicsolvent used in the extraction process is not specifically limited andcan be exemplified by known solvents, including lower alcohols such asmethanol or ethanol, liquid polyhydric alcohols such as propylene glycolor 1,3-butylene glycol, and lower alkyl ester such as ethyl acetate.These solvents may be used alone or a mixture of two or more.

Preferably, a raw material selected from among the apricot seed, theacorn and the licorice is extracted at 60-120 C for 1-8 hours and theextract is concentrated to 12-60 Brix at low temperatures.

According to one embodiment of the present invention, the gromwellextract can be prepared by heating sesame oil at a temperature of100-300 C and adding and concentrating the gromwell in the heated sesameoil in an amount of 10-30 wt % based on weight of the sesame.

According to one embodiment of the present invention, the pomegranateextract can be prepared by adding the pomegranate in an amount of 5-25wt % to sesame oil and storing the mixture at a temperature of 30-50 Cfor 1-30 days.

According to one embodiment of the present invention, the pasqueflowerextract can be prepared by indirectly heating the pasqueflower at atemperature of 100-300 C and adding sesame oil in an amount of 80-90 wt% to the resulting carbonized material.

As the vegetable oil, seed oil, such as sesame oil, olive oil, perillaoil, bean oil, grape seed oil, caster oil, and Cuscutae Semen oil.

According to one embodiment of the present invention, sesame oil is usedas the vegetable oil.

As the sesame oil, black sesame oil or white sesame oil can be used. Thesesame oil contains a large amount of an antioxidant, and thus does notdegeneration, such as oxidation, even upon long-term storage, andcontains larger amounts of essential fatty acids such as linolic acid,linoleic acid and arachidonic acid, compared to other oils. Theseessential fatty acids are known to prevent cell aging and white hair.Olive oil is produced in Mediterranean areas, such as Spain, Italy andGreece, and contains a large amount of a natural antioxidant substance.

Preferably, the inventive hair growth stimulant can be prepared bymixing the carbonized pine cone and the vegetable oil at a weight ratioof 1:1 to 6:4.

The hair growth stimulant according to the present invention can beprepared by mixing the carbonized pine cone, the vegetable oil and theherbal medicinal extract at a weight ratio of 1:1:1 to 3:4:3.

Also, the hair growth stimulant according to the present invention canbe prepared by mixing the carbonized pine cone, the sesame oil, theapricot seed extract, the acorn extract and the licorice extract at aweight ratio of 10-70:10-50:5-20:5-20:10-15, but it is not limitedthereto. By being prepared in this manner, the inventive hair growthstimulant can stimulate the health and growth of hair and can beprevented from oxidation.

Also, the inventive hair growth stimulant can stimulate the health andgrowth of hair and can be prevented from oxidation, by preparing thestimulant by mixing the carbonized pine cone, the sesame oil, theapricot seed extract, the acorn extract, the gromwell extract and thelicorice extract at a weight ratio of 10-70:5-40:10-30:5˜20:5-20:5˜20,but it is not limited thereto.

Hair grows and falls out during a cycle consisting of the anagen,catagen and telogen stages. In this cycle, hair grows in the anagenstate and stops to grow in the catagen stage so as to fall out. The hairgrowth stimulant according to the present invention acts to stimulatethe fast growth of hair, to protect hair in the anagen stage and to makehair growing, by extending the catagen stage and supplying nutrients tohair in the telogen stage so as to restore the hair to the state of theinitial anagen stage.

The hair growth stimulant according to the present invention can beformulated into any known preparations. For example, it can beformulated into preparations for local application, such as ointments orcreams.

Also, the inventive hair growth stimulant can be used in the form ofvarious cosmetics for use in hair or scalp, for example, hair lotion,hair cream, hair gel, hair rinse, and essence. Because the prior hairlotion, hair cream, hair gel and hair rinse contain no hair growthstimulant and provides merely a beauty effect, such cosmetics do notgreatly help hair growing and to stimulate hair growth. However, if thehair growth stimulant according to the present invention is included inthe compositions of various hair cosmetics, functional hair cosmeticscan be prepared which can keep more glossy and fresh hair by supplyingnutrients to not only the hairs of men and women having alpecia, to butalso hair which lost elasticity due to environmental factors orstresses.

Moreover, the inventive hair growth stimulant may, if necessary, containadditives generally used in cosmetics or drugs, for example, a plantextract, an oily component, a surfactant, alcohols, fatty acids, apreservative, an antioxidant, a pigment, a fragrance, UV absorbingagent, a viscosity adjusting agent, a chelating agent, a pH adjustingagent, vitamins, and tablets, as long as these additives do notadversely affect the effects of the present invention.

The inventive ointment or cream preparation for the stimulation of hairgrowth can be prepared by suitably mixing organic acid, Vaseline andother excipients with a mixture of the carbonized pine cone and sesameoil and/or the herbal medicinal extract according to any general methodfor forming creams or ointments. The inventive ointment or creampreparation for the stimulation of hair growth preferably containsactive ingredients, such as the carbonized pine cone, the vegetable oiland the herbal medicinal extract, in an amount of 0.1-30 wt %, and morepreferably 5-20 wt %. If the content of the active ingredients is lessthan 0.1 wt %, it will have an insufficient effect on hair growth andstimulation, and if it exceeds 30 wt %, it will cause a difficulty informulation and will not provide a great increase in effect resultingfrom an increased use thereof.

The pH of the inventive hair growth stimulant is preferably in a rangeof 4-7 in terms of safety to the human body, the absorption ofcomponents of the hair growth stimulant into the scalp, the preventionof decomposition, affinity for the skin, etc.

Hereinafter, the present invention will be described in more detail byExamples and Comparative Examples. It is to be understood, however, thatthese examples are for illustrative purpose only and are not construedto limit the scope of the present invention.

EXAMPLE 1

Among the pine cones of a native kind of pine trees, pine cones havingthe desired size were carefully selected. The selected pine cones werewashed with purified water and dried in the shade. As the pine coneswere completely dried, 1000 g of the pine cones were placed in acompletely closed container, and then completely burned by heating atabout 300 C for about 8 hours. Thereafter, the burned pine cones wereleft to stand for 2 hours to cool the pine cones, thus providingcarbonized pine cones. The resulting carbonized pine cones were sievedthrough a 100-mesh sieve, thus obtaining about 800 g of carbonized pinecone powder.

Sesame was screened through a screening machine so as to eliminateforeign matter, and the screened sesame was washed and dried. Aftercompletion of the drying, it was roasted in a roaster at a temperatureof about 160 C until water was completely evaporated and just beforesmoke would be generated. The roasted sesame was pulverized with apulverizer and squeezed to obtain sesame oil.

The carbonized pine cone and the sesame oil were mixed with each otherat a weight ratio of 2:1, to which conventional excipients were thenadded such that mixture of the pine cone and the sesame oil wascontained in an amount of 30 wt %. The resulting mixture was formulatedas cream according to a conventional formulation method so as to preparea hair growth stimulant.

EXAMPLE 2

The procedure of Example 1 was repeated, except that the carbonized pinecone, the sesame oil, the apricot seed extract, the acorn extract, andthe licorice extract were mixed with each other at a weight ratio of30:40:10:10:10, respectively.

The apricot extract was obtained by adding purified water to a screenedraw material, extracting the raw material at about 100 C for 5 hours,and concentrating the extract to a solid content of about 75 BRIX at 55C. According to this method, the acorn extract and the licorice extractwere also obtained.

EXAMPLE 3

The procedure of Example 2 was repeated, except that the carbonized pinecone, the sesame oil, the apricot seed extract, the acorn extract, andthe licorice extract were mixed with each other at a weight ratio of40:35:5:10:10.

EXAMPLE 4

The procedure of Example 2 was repeated, except that the carbonated pinecone, the sesame oil, the apricot seed extract, the acorn extract, thelicorice extract, and a gromwell extract were mixed with each other at aweight ratio of 30:30:10:10:10:10.

The gromwell extract was obtained by washing a screened raw materialwith purified water, heating sesame oil to a temperature of 250 C, andadding and concentrating the gromwell in the heated sesame oil for 3hours.

EXAMPLE 5

The procedure of Example 2 was repeated, except that the carbonated pinecone, the sesame oil, the apricot seed extract, the acorn extract, thelicorice extract, and a pomegranate extract were mixed with each otherat a weight ratio of 30:40:5:5:10:10.

The pomegranate extract was obtained by adding 15 wt % of a pomegranateto sesame oil and storing the mixture at a temperature of 40 C for 20days.

EXAMPLE 6

The procedure of Example 2 was repeated, except that the carbonated pinecone, the sesame oil, the apricot seed extract, the acorn extract, thelicorice extract, and a pasqueflower extract were mixed with each otherat a weight ratio of 40:30:10:5:5:10.

The pasqueflower extract was prepared by indirectly heating apasqueflower at a temperature of 200 C and then adding sesame oil in anamount of 85 wt % to the carbonized material.

COMPARATIVE EXAMPLE 1

The procedure of Example 1 was repeated, except that the sesame oil, theapricot seed extract, the acorn extract, and the licorice extract weremixed with each other in the same amount.

TEST EXAMPLE 1 Test of Hair Growth Stimulation Effect (Comparison withComparative Example)

On 20 male alopecia patients, each of the hair growth stimulantsprepared in Examples 1 to 6 and Comparative Example 1 was applied on ascalp site that lost hair, 3 times a day, and the state of hair growthat the applied site was observed. The observation was performed startingfrom the start day of the test at 15-day intervals for 3 months. Toevaluate the hair stimulation effect, the applied site was photographedwith a digital camera, and the ratio (%) of area having recognized hairregeneration relative to the area of the scalp site that lost hair wascalculated using an image analysis software, and the results are shownin Table 1 below.

TABLE 1 (Unit: %) 15 30 45 60 75 90 days days days days days daysExample 1 10 15 20 25 30 50 Example 2 10 20 30 40 60 80 Example 3 10 1520 25 30 50 Example 4 10 15 30 50 65 75 Example 5 10 20 25 35 60 70Example 6 10 15 25 45 60 75 Comparative 2 4 8 10 12 12 Example 1

TEST EXAMPLE 2 Test of Hair Growth Stimulation Effect

In order to examine whether the effect of the inventive hair growthstimulant is limited only to men and whether the effect is limited onlyto a young age group, the inventive hair growth stimulant was tested for3 months on each of a first group consisting of 10 men and 10 women intheir latter 30s and a second group consisting of 10 men and 10 women intheir latter 40s. Specifically, the hair growth stimulation effect wastested in the same manner as in Test Example 1, except that the hairgrowth stimulant prepared in Example 2 was applied thinly on the scalpdaily, the hair was washed in the morning, and the hair was washed withwarm water, and then the hair growth stimulant was applied evenly on ascalp site that lost hair. The results are shown in Table 1 for thefirst group and in Table 3 for the second group.

As the clinical volunteers, those who have no experience of using aminoxidil preparation or various functional products 3 months before thestart of the test and who have alopecia diseases, such as alopeciagreata, telogen greata, cicatricial alopecia, alopecia seborrhecia,alopecia by nutritional deficiency, and alopecia nervosa, were selected.

TABLE 2 Hair growth rate of more than 80% (persons) Hair growth rate of20-80% (persons) Men 4 1 Women 4 1

TABLE 3 Hair growth rate of more than 80% (persons) Hair growth rate of20-80% (persons) Men 4 1 Women 4 1

TEST EXAMPLE 3 Safety Test

In the test of hair growth stimulation effect in Test Example 1, thestate of the patient s skin just after applying the sample was observedand irritability was evaluated based on the following standards. Theresults are shown in Table 2.

?: no change.

?: showed slight erythema on the applied skin site.

X: showed clear erythema on the applied skin site.

TABLE 4

Irritability Example 1 ? Example 2 ? Example 3 ? Example 4 ? Example 5 ?Example 6 ? Comparative Example 1 ?

As can be seen in Table 1, the inventive hair growth stimulants ofExamples 1 to 6 containing the carbonized pine cone showed an excellenthair growth stimulation effect compared to the preparation ofComparative Example 1 containing no carbonized pine cone, and couldprovide, after 12 weeks of application, a therapeutic effect of morethan 80% on androgenetic alopecia and a therapeutic effect of more than90% on alopecia greata. Also, as can be seen in Tables 2 and 3, theresults obtained by testing the hair growth stimulant prepared inExample 2 on men and women in their latter 30s and 40s showed thatpersons having a hair growth effect of more than 80% exceeded 80% of thewhole test subjects, and the remaining persons all showed a hair growtheffect.

Furthermore, as can be seen in Table 4, all the preparations of Examples1 to 6 were not irritable to the skin.

Accordingly, the inventive hair growth stimulant can be used as an agentfor treating alopecia, and if it is used in other cosmetic compositionsassociated with hair, it can provide a function capable of making hairmore glossy and elastic, even upon use by a general person.

INDUSTRIAL APPLICABILITY

As described above, the hair growth stimulant according to the presentinvention has an excellent hair growth stimulation effect withoutcausing any side effects or toxicity to the human body, while it canstimulate hair roots to greatly influence the growth of hair so as toprevent hair loss and white hair. Also, it can be provided in the formof creams or ointments having an excellent effect on hair growthstimulation, and thus considerably shorten a treatment period. Also, itcan keep the anagen-stage hair by increasing the blood flow of thescalp, and it consists of a vegetable preparation having excellenteffects on hair growth stimulation for stimulating the regrowth of hairin the telogen stage and on hair growth, and has no side effects on thehuman body. In addition, it can be used through smooth application to ahead, and thus is easy to use.

1. A hair growth stimulant comprising, as active ingredients, acarbonized pine cone and vegetable oil.
 2. The hair growth stimulant ofclaim 1, which is prepared by mixing the carbonized pine cone and thevegetable oil with each other at a weight ratio of 1:1 to 6:4.
 3. Thehair growth stimulant of claim 1, wherein the vegetable oil is seed oil.4. The hair growth stimulant of claim 1, wherein the vegetable oil is atleast one selected from the group consisting of sesame oil, olive oil,perilla oil, coconut oil, castor oil, bean oil and Cuscutae Semen oil.5. The hair growth stimulant of claim 1, which additionally comprises atleast one herbal medicinal extract selected from the group consisting ofapricot seed, acorn, pomegranate, gromwell, pasque flower and licoriceextracts.
 6. The hair growth stimulant of claim 1, wherein the herbalmedicinal extract is a solvent extract prepared by extracting each ofthe herbal materials with hot water, organic solvent or oil.
 7. The hairgrowth stimulant of claim 1, wherein the solvent extract is used afterdilution, concentration or drying.
 8. The hair growth stimulant of claim6, wherein the gromwell extract is prepared by heating sesame oil to atemperature of 100-300° C. and then adding 10-30 wt % of the gromwell tothe heated sesame oil.
 9. The hair growth stimulant of claim 6, whereinthe pomegranate extract is prepared by adding 5-25 wt % of a pomegranateto sesame oil and storing the mixture at a temperature of 30-50° C. for1-30 days.
 10. The hair growth stimulant of claim 6, wherein the pasqueflower extract is prepared by indirectly heating a pasque flower at100-300° C. to obtain a carbonized material and adding 80-90 wt % ofsesame oil to the carbonized material.
 11. The hair growth stimulant ofclaim 6, wherein the carbonized pine cone, the vegetable oil and theherbal medicinal extract are used at a mixing weight ratio of 1:1:1 to3:4:3.
 12. The hair growth stimulant of claim 5, wherein the carbonizedpine cone, the vegetable oil, the apricot seed extract, the acornextract and the licorice extract are used at a mixing weight ratio of10-70:10-50:5-20:5-20:10-15.
 13. The hair growth stimulant of claim 5,wherein the carbonized pine cone, the vegetable oil, the apricot seedextract, the acorn extract, the gromwell extract and licorice extractare mixed with each other at a weight ratio of10-70:5-40:10-30:5-20:5˜20:5-20.
 14. The hair growth stimulant of claim1, wherein the carbonized pine cone is obtained by washing a screenedpine cone with water, drying the washed material, and completely burningthe dried material by heating in a closed container at a temperature of100-300° C.
 15. The hair growth stimulant of claim 1, which additionallycomprises at least one adjuvant selected from among a blood flowstimulant, a counter irritant, a follicle restorer, and ananti-inflammatory and antibacterial agent.
 16. The hair growth stimulantof claim 1, which is in the form of a preparation for local application,hair lotion, hair cream, hair gel, hair rinse or essence.
 17. The hairgrowth stimulant of claim 16, wherein the preparation of localapplication is in the form of ointments or creams.
 18. A method forpreparing a hair growth stimulant, comprising the steps of: preparing acarbonized pine cone; collecting sesame oil; mixing the carbonized pinecone and the sesame oil with each other; and adding an excipient to themixture of the carbonized pine cone and the sesame oil.
 19. The methodof claim 18, which additionally comprises the step of preparing anherbal medicinal extract.
 20. The method of claim 18, wherein thecarbonized pine cone is obtained by completely burning a pine cone in aclosed container at a temperature of 100-300° C. for 1-8 hours.